Engineered for exploration. Designed with a fusion of AI, sensors, and mechanical precision — our rover is built to thrive in extreme Martian terrain.
We began with sketches and brainstorms, aligning our mission with competition objectives and exploring potential design architectures.
Mechanical and electronic components were brought together to create our first functional prototype, powered by microcontrollers and smart sensors.
With AI modules and terrain testing, we refined obstacle detection, autonomous navigation, and robotic arm functionality.
We’re simulating mission tasks like soil sampling, GPS navigation, and rock identification to prepare for IRC and URC 2025–26.